CWR26KK106JBGC\TR

Tantalum Capacitors - CWR26KK106JBGC\TR Application Field and Working Principle

Tantalum capacitors, denoted by the term Ta or T in electrical schematics, are one of the most popular types of capacitors. They are typically found in electronic circuits and are often used in applications that require high-frequency performance. This type of capacitor is constructed using a tantalum pentoxide dielectric that is sandwiched between two plates of electrically conductive material, making them ideal for high-temperature applications.

The CWR26KK106JBGC\TR is a high-speed, surface mount tantalum capacitor developed by the leading capacitor manufacturer KEMET. This specific model is designed as an automotive grade, allowing automotive engineers to utilize the improved performance of the CWR26KK106JBGC\TR for their project. The CWR26KK106JBGC\TR offers great frequency-response characteristics over a wide range of temperatures. Additionally, its construction features a long, thermally stable Tantalum Pentoxide dielectric layer, making it an ideal choice for automotive applications.

The CWR26KK106JBGC\TR is a surface mount device and comes in an 06030 size, featuring low parasitic elements and high reliability. The standard temperature range of operation is -55 to +125°C, with a maximum ripple current of 800mA and a maximum voltage of 6.3 volts. It also offers a wide range of capacitance values from 0.1µF to 0.47µF. This particular device is also designed with low voltage surface mount technology, further improving its performance.

The CWR26KK106JBGC\TR is ideal for applications that require the stability of a high-quality tantalum capacitor combined with a low voltage surface mount technology. This particular capacitor has been designed for applications in engine control units, dashboard systems, and other similar products that require improved high-frequency performance.

The CWR26KK106JBGC\TR uses essentially the same fundamental principles as all other capacitors. It consists of two conductive plates (the anode and the cathode) situated closely together, separated by a dielectric material. The plates form an electrostatic field and when a voltage is applied, a current flows, supplying charge to the plates. The charge stored on each plate varies depending on the voltage applied; the more voltage, the greater the charge stored. This action creates a dampener or filter effect on the current passing through the capacitor. This is due to the dielectric material, which offers some resistance to the passage of the current, thereby limiting any high-frequency signals.

The CWR26KK106JBGC\TR tantalum capacitor also features enhanced temperature and voltage capability and increased reliability. It has a long service life, making it suitable for a wide range of applications. Furthermore, its higher ripple current capabilities reduce overall losses in the circuit, providing for increased efficiency.

As such, the CWR26KK106JBGC\TR is an invaluable component for automotive engineers, allowing them to utilize the enhanced temperature and voltage compatibility, increased stability, and superior high-frequency performance to power their projects. It offers increased efficiency paired with a long service life, making it the perfect solution for automotive engineers looking for the highest level of performance and reliability.